Calculates the conductance as a function of the energy for a given magnetic field. The magnetic field is applied perpendicularly to the scattering region, while the magnetic field in the leads is zero.
Calculates the DC Josephson current in an SNS geometry. Works both for square and hexagonal lattices. However, for simplicity the default parameters of this example are describing a one-dimensional tight binding chain studied in the reference below.
Calculates the spectral density as a function of the transverse momentum quantum number in a ballistic superconductor-graphene-superconductor junction.
